Clinicians and laboratory scientists use a number of different systems for naming genetic mutations in their daily activities. Based on participant observation at an American academic medical center and interviews with a variety of actors at American hospitals, this paper analyzes the use of these systems. I argue that their distribution corresponds to differences in professional regimes of responsibility. An examination of these often quite complex linguistic items reveals a correlation between the type of components (evidential versus epistemic modifiers) that constitute the names and the presupposed professional role of their intended audiences
International audienceThis paper seeks to make a contribution to the discussion on what clinical wor...
This is the publisher’s final pdf. The published article is copyrighted by the author(s) and publish...
[Extract] Two recent papers have highlighted the vital importance of using standardized nomenclature...
In recent years, the rapid evolution of scientific research on DNA has unlocked the codes to genetic...
To translate basic research findings into clinical practice, it is essential that information about ...
The article reconsiders the nature and location of science in the development of genetic classificat...
This article is a case study of the impact of the non-scientific public on scientific standards. It ...
Genetics can do more than predict, explain or help treat medical conditions - it can create new ones...
This article draws on 2 years’ worth of ethnographic observation of team meetings to explore decisio...
There is debate within the genetics community about the optimal term to describe genetic variants un...
In genomics, the clinical application of Next Generation Sequencing technologies (such as Whole Geno...
Recent scientific discoveries in genetics (DNA, genes etc.) have brought about unprecedented changes...
The article reconsiders the nature and location of science in the development of genetic classificat...
This study compared language preferences to describe a cancer-related mutation in three groups: 253 ...
International audienceThis paper seeks to make a contribution to the discussion on what clinical wor...
This is the publisher’s final pdf. The published article is copyrighted by the author(s) and publish...
[Extract] Two recent papers have highlighted the vital importance of using standardized nomenclature...
In recent years, the rapid evolution of scientific research on DNA has unlocked the codes to genetic...
To translate basic research findings into clinical practice, it is essential that information about ...
The article reconsiders the nature and location of science in the development of genetic classificat...
This article is a case study of the impact of the non-scientific public on scientific standards. It ...
Genetics can do more than predict, explain or help treat medical conditions - it can create new ones...
This article draws on 2 years’ worth of ethnographic observation of team meetings to explore decisio...
There is debate within the genetics community about the optimal term to describe genetic variants un...
In genomics, the clinical application of Next Generation Sequencing technologies (such as Whole Geno...
Recent scientific discoveries in genetics (DNA, genes etc.) have brought about unprecedented changes...
The article reconsiders the nature and location of science in the development of genetic classificat...
This study compared language preferences to describe a cancer-related mutation in three groups: 253 ...
International audienceThis paper seeks to make a contribution to the discussion on what clinical wor...
This is the publisher’s final pdf. The published article is copyrighted by the author(s) and publish...
[Extract] Two recent papers have highlighted the vital importance of using standardized nomenclature...